Automated Warehouse's New “Spine”: 8-Ton Load, 24-Meter Custom High Racking, Reinventing Warehouse Space

High Level Dense Storage Racking

Racking can carry up to 8 tons per square meter, with a customized height of up to 24 meters, saving inventory footprint and improving space utilization, which is 6-7 times that of an ordinary warehouse.

Automated Management System

Automated Warehouse system carries out one-click management, timely replenishment, intelligent identification, intelligent access, positioning and conveying goods, warehouse operation efficiency improvement and labor cost saving.

Aisle-type stacker cranes

The stacker cranes can carry up to 6 tons, and the stacker cranes can move goods automatically with stable performance and an error rate of less than 0.03%.

Intelligent Supporting Products

Automated Warehouse can be equipped with external equipment such as AGV trolleys, intelligent conveyor lines, and intelligent manipulators, which can realize “automatic picking in the form of goods looking for human beings” by fully automated operation.

Sheet metal standing storage operation process

The main body of a sheet metal standing warehouse consists of shelves, alley stacking cranes, inlet (outlet) tables and automatic inlet (outlet) and operation control systems. A rack is a steel or reinforced concrete building or structure with a standard size cargo space inside.  The aisle stacker crane travels through the aisles between the racks to complete the storage and retrieval work;  it is controlled and managed by the WCS system.

● Inventory Process:  The Sheet Metal LIBOR system responds to the request for inventory, pops up the inventory dialog box, and the user fills in the name and quantity of the goods to be inventoried;

● The system queries the order quantity.  If the order quantity is greater than the inventory quantity of the goods, an alarm will be issued.  Otherwise, the sheet metal warehouse system sends a warehouse operation task list to the warehouse computer, prints the warehouse document, and the warehouse computer controls the barcode system to scan the goods.  After scanning, the warehouse computer will determine whether the scanned goods and the task are consistent.  If they are consistent, storage sorting and transportation will be carried out.  If they are inconsistent, an alarm signal will be issued.

● Packaging and boxing:  Before small goods or parts enter the sheet metal warehouse, they are generally required to be packaged and boxed to meet storage requirements and make full use of storage space.

● Barcode Input:  The barcode representing the goods in a sheet metal standing warehouse generally contains four types of information: pallet number, article number, lot number, and quantity. The barcode is read in by the scanner, interpreted by the decoder, and then transferred to the computer via the serial port interface.

● Outbound process:  The process of goods out of the sheet metal warehouse is as follows: the system responds to the outbound request, a dialog box pops up, and the user fills in the name and quantity of the goods out of the warehouse.